Structural insights into the transport and gating mechanisms of the plant high-affinity K+ transporter AtHAK5 [0.03%]
植物高亲和力钾转运蛋白AtHAK5的输运及门控机制的结构洞察
Chu Wang,Xiaohui Wang,Yannan Qu et al.
Chu Wang et al.
Guo-Jun Li,Zhi-Ruo Zhang,Yang Zhao
Guo-Jun Li
Small GTPase RAN-driven PNET2 oligomerization and phase separation at the nuclear lamina promote nuclear envelope integrity in plants [0.03%]
植物中RAN驱动的PNET2寡聚化和相分离在核小体上促进细胞核包膜完整性
Xiao Liu,Dingrong Jin,Chunqian Wei et al.
Xiao Liu et al.
The nuclear envelope is a fundamental organizer of eukaryotic cells, yet how plants regulate its architecture and integrity remains poorly understood. In this study, we identified the plant inner nuclear membrane protein PLANT NUCLEAR ENVEL...
Keystone discoveries in the assembly of architecturally complex diterpenoid alkaloids [0.03%]
复杂结构二萜类生物碱的合成中的关键发现
Benjamin T W Schwabe,Benjamin R Lichman
Benjamin T W Schwabe
Stigmatic papilla cells secrete jasmonic acid to promote pollen germination through calcium signaling [0.03%]
乳突细胞分泌茉莉酸通过钙信号促进花粉管萌发
Xiangfeng Liu,Xiu Wang,Zhuang Yao et al.
Xiangfeng Liu et al.
Double fertilization begins with signal communication between pollen grains and the pistil stigma, a process that includes pollen adhesion, hydration, germination, and penetration. While several molecular regulators governing pollen hydrati...
Completing the PAL-dependent salicylic acid pathway reveals lineage-specific evolutionary rewiring [0.03%]
完成依赖PAL的苯甲酸途径揭示了谱系特异性进化重构
Kyounghee Lee,Heejin Yoo
Kyounghee Lee
Christin Naumann,Steffen Abel
Christin Naumann
Decoding genetic basis of nitrogen use efficiency in maize using AI-generated deep phenotypes [0.03%]
利用人工智能生成的深度表型解码氮素利用效率的遗传基础
Haoyan Yang,Lingju Zeng,Xiangjian Gou et al.
Haoyan Yang et al.
Improving nitrogen use efficiency (NUE) is essential for sustainable agriculture, yet conventionally measured plant characteristics have limited value as NUE proxies. Here we show that artificial intelligence (AI) can uncover previously unr...
Strigolactones restrict sugar acquisition in rice tiller buds to inhibit their outgrowth through suppressing the expression and polarized localization of two monosaccharide transporters [0.03%]
独脚金内酯通过抑制单糖转运蛋白的表达和极性定位来限制水稻分生组织中的糖获得从而抑制其生长出来
Tianhao Wang,Tianyu Mo,Yinglu Sun et al.
Tianhao Wang et al.
Strigolactones (SLs) are fundamental phytohormones that suppress tillering, whereas sugars act as both energy source and signaling molecules to promote tillering. However, the molecular interplay between SLs and sugars remains largely under...